cscforce.com

C.S.C. Force Measurement, Inc. sells force and torque measurement systems and also provides ISO 17025 calibration services, so it is a fit for buyers who want the instrument and its ongoing calibration/maintenance from one supplier. The main decision points are your test type (tension, compression, torque, or material testing), the required capacity and accuracy, how the instrument will connect to fixtures and software, which brand best matches your budget and workflow, and whether you want calibration and repair handled by the same vendor. The sections below cover each factor and how C.S.C.'s catalog maps to them.

Start with the test type, not the brand

The equipment category should follow from what you are actually measuring. C.S.C.'s featured products illustrate the main categories:

If your requirement is a single peel test to a standard such as ASTM F88, a dedicated system is more appropriate than a general-purpose gauge. If you need recurring push/pull verification across many parts, a handheld gauge plus a manual or motorized stand is usually the practical route. If you are characterizing material properties, you need a universal testing machine rather than a force gauge.

Match capacity, accuracy, and resolution to your specification

Two numbers drive most of the selection:

• Capacity (range): the maximum force or torque the instrument must measure. Choose a capacity above your expected peak load so you are not measuring near the top of the range, but not so far above it that you lose usable resolution.
• Accuracy and resolution: the tolerance your test method or quality system requires. A handheld gauge and a bench-top tester can have different accuracy specifications, so confirm the number for the exact model rather than the series.

For torque specifically, note that the featured product list on the site is dominated by force instruments (gauges, testers, material testers). If torque is your primary requirement, confirm with C.S.C. which torque instruments and calibration coverage they offer before assuming a force product will substitute.

Check fixtures, grips, and software compatibility

An instrument that cannot hold your specimen or export your data creates rework. Before ordering, confirm:

• Grips and fixtures: peel fixtures, tensile grips, compression platens, and custom fixturing must match your sample geometry and the instrument's mounting interface.
• Software and data output: the Mark-10 F-series with IntelliMESUR and the Lloyd LSPlus and Mecmesin OmniTest lines are positioned for test methods that need data logging, graphing, or pass/fail limits. If you only need a peak reading, a basic gauge may be sufficient and cheaper.
• Stand or frame: motorized testers and universal testing machines require the correct frame and crosshead speed range for your method.

Choose the brand based on workflow and support, not just price

C.S.C. carries Mark-10, Chatillon, Lloyd Instruments, and Mecmesin, among others. These overlap in function, so the differentiators are usually:

• Interface and software ecosystem you or your operators already know.
• Capacity range available in the series you are considering.
• Serviceability — whether the model is one C.S.C.'s factory-trained technicians can maintain and repair.

A useful comparison within the catalog is the Chatillon DFE3 versus DFS3 digital force gauges, which are both handheld gauges but differ in feature set; the right pick depends on whether you need the additional functions of one series for your test method.

Factor in calibration and long-term service

C.S.C. states it provides ISO 17025 calibration services for force and torque equipment and uses factory-trained technicians who perform preventive maintenance and repairs on the equipment they calibrate, with same-day repair or adjustment in many cases. For a buying decision this matters in three ways:

1. Calibration turnaround: if the same vendor calibrates and repairs, you avoid shipping equipment between two providers.
2. Downtime: on-site or same-day adjustment reduces the time an instrument is out of service.
3. Traceability: an ISO 17025 calibration supports quality systems that require documented traceability, which is often the reason buyers choose a supplier that both sells and calibrates.

Ask what calibration interval and documentation your quality system requires, and confirm the specific models you are considering are covered.

A practical buying checklist

• Define the test type: tension, compression, torque, peel, or full material characterization.
• State the required capacity, accuracy, and resolution from your test method or internal spec.
• List the fixtures, grips, and software outputs you need.
• Shortlist two or three models across the brands C.S.C. carries and compare on interface, capacity, and serviceability.
• Confirm ISO 17025 calibration coverage, interval, and repair turnaround for the exact model.
• Verify lead time and whether installation or training is included before placing the order.

If you can answer the first three items precisely, C.S.C. or a comparable supplier can narrow the catalog to one or two models quickly; the calibration and service questions then decide between otherwise similar instruments.

C.S.C. Force Measurement, Inc. is a U.S.-based supplier and service provider for force and torque measurement equipment. According to its website, the company sells systems from brands including Mark-10, Chatillon, Lloyd Instruments, and Mecmesin, and it also provides ISO17025 calibration services for force and torque instruments. It is relevant to you if you work in quality control or research and development and need either new measurement hardware or ongoing calibration, maintenance, and repair for equipment you already own.

What the company does

The site describes two main sides of the business:

• Equipment sales — distribution of force and torque measurement systems from multiple manufacturers.
• Calibration and service — ISO17025 calibration, plus preventive maintenance and repair performed by factory-trained technicians.

The company positions its service model around cost and turnaround. Its "Why C.S.C. Force Measurement, Inc.?" section states that factory-trained technicians perform preventive maintenance and repairs on the equipment they calibrate, and that if an item needs repair or adjustment, this can "usually be performed by the technician that day." That same-day claim is the company's own description, so treat it as a stated capability rather than a guaranteed turnaround for every item.

Brands and featured products

The homepage lists these featured products, which indicate the range of what the company carries:

The mix spans handheld gauges, motorized test stands, peel testers, and universal testing machines, so the catalog covers both simple push/pull measurement and more complex material testing.

Who it is for

The site frames its audience around quality control and research and development departments. Its messaging notes that while organizations look to cut costs, QC and R&D budgets tend to stay fixed — and it presents lower cost and greater value as its response to that. If your team needs to keep force or torque instruments calibrated and running without adding overhead, that is the use case the company is targeting.

What to check before contacting them

Because the site does not publish pricing, lead times, or an online ordering flow, you will need to reach out directly for a quote. Useful things to have ready:

• The specific instrument model and serial number you need calibrated or repaired.
• Whether you need ISO17025 calibration specifically, or general calibration.
• Whether the item needs repair or adjustment in addition to calibration.
• The brand and model of any new equipment you are considering, so they can confirm availability.

The company also publishes a blog and news section covering force measurement topics, which can be a starting point if you are still deciding what type of instrument fits your application.

ISO/IEC 17025 calibration means the laboratory performing the work has been assessed against the international standard for testing and calibration competence, so the force or torque values it reports rest on documented methods, traceable references, and controlled uncertainty. It matters most when you use force or torque data for quality decisions, customer acceptance, or audit evidence. C.S.C. Force Measurement, Inc. provides ISO 17025 calibration services for force and torque equipment and staffs factory-trained technicians who can also repair or adjust an instrument, often the same day.

What the standard actually covers

ISO/IEC 17025 is a laboratory competence standard, not a product specification. It addresses how a calibration lab operates:

• Traceability — reference standards are themselves calibrated through an unbroken chain to national or international references.
• Documented methods — procedures for each calibration type are written, followed, and reviewed.
• Uncertainty — the lab states how much the reported value could deviate, rather than presenting a number as exact.
• Competence — personnel are trained and their work is supervised and checked.
• Records and reporting — results are recorded and issued on a calibration certificate that identifies the instrument, conditions, results, and uncertainty.

Accreditation is the usual way a lab demonstrates conformity, but the practical takeaway for a buyer is the same: the certificate should let you trace the result and understand its limits.

Why it matters for force and torque specifically

Force and torque instruments drift, get overloaded, or lose their zero reference. A calibration tells you how far the instrument has moved from true and whether it still fits your tolerance.

For quality control, this supports decisions like pass/fail on a peel test or a fastener torque check. For compliance, it gives auditors a document trail instead of an internal log with no external reference.

What a calibration certificate should tell you

When you receive a certificate, check that it includes:

1. Identification of the instrument (make, model, serial number).
2. The calibration method or procedure used.
3. Reference standards used, with their own traceability.
4. As-found and as-left results, so you can see drift and adjustment.
5. Measurement uncertainty for the reported points.
6. Environmental conditions where relevant.
7. Date of calibration and identity of the performing lab.

If any of these are missing, the certificate is harder to use as audit evidence.

Repair, adjustment, and calibration together

A calibration can reveal that an instrument is out of tolerance. What happens next separates a useful service from a dead end. C.S.C. states that its factory-trained technicians perform preventive maintenance and repairs on the equipment they calibrate, and that if an item needs repair or adjustment, it can usually be done by that technician the same day. That matters because it shortens the loop between finding a problem and returning the instrument to service.

When ISO 17025 calibration is the right choice

• Choose it when force or torque results feed quality records, customer requirements, regulatory audits, or disputes.
• Choose it when you need uncertainty stated, not just a pass/fail stamp.
• Consider a simpler in-house check only for rough trending where no external evidence is required — but recognize it will not substitute for a traceable certificate in an audit.

If your equipment is a Chatillon gauge, a Mark-10 tester, a Lloyd Instruments material tester, or a Mecmesin system, the calibration service should match the instrument type and range. Confirm the lab's accreditation scope covers the force or torque range and method you actually use before sending equipment in.

C.S.C. Force Measurement, Inc. lists both the Chatillon DFE3 Series and DFS3 Series as featured digital force gauges, but the site does not publish a side-by-side specification table for the two. Based on the product names and the way each is positioned on the site, the practical distinction to verify before buying is the DFE3's added data output and analysis capability versus the DFS3's role as a straightforward digital force gauge. If you only need push/pull readings on a bench or handheld, the DFS3 is the simpler candidate; if you need to send readings to a PC or capture test profiles, confirm the DFE3's output options with C.S.C. before ordering.

What the site actually shows

The C.S.C. Force Measurement homepage lists these two gauges under Featured Products:

• Chatillon Digital Force Gauge – DFE3 Series
• Chatillon Digital Force Gauge – DFS3 Series

Both are described only by name on the homepage — no measurement range, accuracy class, or interface details appear in the page evidence. That means any comparison of resolution, sampling rate, or output protocol has to come from Chatillon's own datasheets or from C.S.C.'s sales team, not from the website copy.

The distinction that matters for selection

Chatillon's naming convention for these series is the main clue. The "E" and "S" suffixes typically separate an enhanced/data-capable model from a standard model in the same gauge family. In practice that means:

The site does not confirm which of these rows differ, so treat the table as a checklist of questions rather than a spec sheet.

How to decide

Work backward from your test, not from the gauge name:

1. Define the measurement. Peak force only, or continuous force-vs-time? Continuous capture usually pushes you toward the model with data output.
2. Define the range. Match the gauge's capacity to your expected forces so you're not measuring in the bottom few percent of the range.
3. Define the fixture. If the gauge mounts to a motorized test stand (C.S.C. also lists Mark-10 F105/F305/F505 and Mecmesin OmniTest systems), confirm the mounting interface and any cable routing.
4. Define the record. If results must be logged, exported, or graphed, ask C.S.C. which series supports that and what software is required.
5. Confirm calibration. C.S.C. states it provides ISO 17025 calibration services and factory-trained technicians who can perform repairs or adjustments, often same-day, on equipment it calibrates. Ask whether the gauge you choose is covered under that service and what the calibration interval should be.

Where C.S.C. fits

C.S.C. Force Measurement, Inc. describes itself as providing sales and ISO 17025 calibration services for force and torque equipment, representing brands including Mark-10, Chatillon, and Lloyd Instruments. Its stated differentiator is factory-trained technicians who do preventive maintenance and repairs alongside calibration, with same-day repair or adjustment when needed. For a DFE3-vs-DFS3 decision, that matters in two ways: the calibration path is defined, and you can ask the same team that services the gauge which model fits your test.

Bottom line

The website confirms both gauges exist and are sold through C.S.C., but it does not publish the specifications that separate them. Choose the DFS3 if you want a basic digital force gauge and nothing more; choose the DFE3 if you need data output or analysis — but verify that assumption against Chatillon's datasheet or C.S.C.'s sales team before purchase, since the site itself does not state the difference.

The ASTM F88 peel testing system is used to measure the seal strength of flexible packaging by pulling a sealed seam apart at a controlled angle and speed. It applies to pouches, sachets, lidding film, and other heat-sealed or adhesive-sealed packages, and it is most common in medical device packaging, food packaging, and pharmaceutical packaging, where the force needed to open a seal is both a quality and a safety characteristic. If your product is a flexible package with a peelable seal and you need a repeatable number for seal integrity, this is the test type you are looking for.

What ASTM F88 actually measures

ASTM F88 is the standard test method for seal strength of flexible barrier materials. In practice, a specimen is cut so that the two sealed layers can be separated, the unsealed tails are clamped in the grips of a force tester, and the seal is peeled apart at a specified angle (commonly around 90° or 180°, depending on the fixture and specimen) and a constant rate.

The tester records the force throughout the peel. Results are usually reported as:

• Peak force — the highest force reached during the peel, often the force to initiate seal separation.
• Average force — the mean force across the peeled length, useful for describing steady peel behavior.
• Force per unit width — force normalized to the specimen width, which makes results comparable between samples of different sizes.

Because seals rarely peel at a perfectly constant force, the shape of the force curve matters as much as the single number. A seal that peaks high and then drops sharply behaves differently from one that peels steadily.

What the system is made of

A working ASTM F88 setup is not just a force gauge. It generally combines:

C.S.C. Force Measurement, Inc. supplies force and torque systems from brands including Mark-10, Chatillon, Lloyd Instruments, and Mecmesin, and lists an ASTM F88 Peel Testing System among its featured products. That means the peel system is assembled from a tester plus the appropriate grips and fixtures rather than being a single fixed instrument.

Typical test flow

1. Prepare the specimen. Cut a strip across the seal so both sealed and unsealed portions are exposed, following the width and conditioning requirements of your test plan.
2. Load the specimen. Clamp the unsealed tails in the grips so the seal sits between them and the peel angle is correct.
3. Set the test parameters. Choose the crosshead speed and the data sampling rate; the standard specifies a rate, and your internal procedure may narrow it further.
4. Run the peel. The tester separates the seal and records force versus extension.
5. Review the curve. Identify peak and average force, note any spikes or plateaus, and compare against your specification.
6. Report. Record the result with the specimen width, speed, and peel angle so the number is reproducible.

Industries and applications

• Medical device packaging — sterile barrier pouches and trays where seal strength affects sterility maintenance and ease of aseptic presentation.
• Food packaging — snack bags, retort pouches, and lidding where seals must survive handling but still open cleanly.
• Pharmaceutical and healthcare — blister and pouch seals where consistent opening force is part of the user experience.
• Consumer and industrial flexible packaging — any heat-sealed or adhesive-sealed package with a peelable seam.

The common thread is a package that is opened by peeling rather than tearing or cutting, and a manufacturer that needs a defensible, repeatable seal-strength value.

What to confirm before buying or configuring

• The exact standard revision and method your customer or regulator expects, since peel angle, speed, and specimen geometry are specified there.
• Grip and fixture compatibility with your specimen width and seal orientation — a fixture that fits one pouch format may not fit another.
• Load cell range matched to the forces your seals actually produce, so you are not measuring near the bottom of the range.
• Software reporting that outputs peak, average, and force per unit width in the units your quality system uses.
• Calibration and service — C.S.C. states it provides ISO 17025 calibration services and factory-trained technicians who can perform preventive maintenance and repairs, which matters if the system will be part of an audited quality process.

If you already know your seal type, specimen width, and expected force range, the remaining decision is mostly about which tester and fixture combination fits your throughput and budget. If you are still defining the test, start by confirming the standard revision and the peel angle your application requires, because those two choices drive the fixture selection more than anything else.